if the net force acting on a body be zero ,then will the body remain necessarily in rest position? yes or no........... explain with example
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no the net force zero does not define the body at rest it defines the body at equilibrium. for example F = ma we know
if F net be zero then acceleration had to be zero. but in case of constant velocity the acceleration is then also zero. a body moving with constant velocity has acceleration zero but it is not at rest
if F net be zero then acceleration had to be zero. but in case of constant velocity the acceleration is then also zero. a body moving with constant velocity has acceleration zero but it is not at rest
uknaresh1234radhe:
your welcome
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no the net force zero does not define the body at rest it defines the body at equilibrium. for example F = ma we know
if F net be zero then acceleration had to be zero. but in case of constant velocity the acceleration is then also zero. a body moving with constant velocity has acceleration zero but it is not at rest
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